Owing to the ever-present solar wind, our vast solar system is full of plasmas. The turbulent
solar wind, together with sporadic solar eruptions, introduces various space plasma …

Hypervelocity impacts on spacecraft surfaces produce a wide range of effects including
transient plasma clouds, surface material ablation, and for some impacts, the liberation of …

We analyze waveforms recorded by the Time Domain Sampler of the WAVES experiment on
Wind which are similar to impulsive waveforms observed by the S/WAVES experiment on …

Context. Dust impacts have been observed using radio and wave instruments onboard
spacecraft since the 1980s. Voltage waveforms show typical impulsive signals generated by …

Abstract Theory and previous space missions indicate there are several populations of
zodiacal dust. The most prominent populations are grains on bound elliptic orbits (α …

Our solar system is filled with meteoric particles, or cosmic dust, which is either
interplanetary or interstellar in origin. Interstellar dust (ISD) enters the heliosphere due to the …

We describe laboratory experiments which reproduce characteristic signals observed on
spacecraft, believed to be caused by dust impact. A simulated spacecraft, including an …

Context. Solar Orbiter provides dust detection capability in the inner heliosphere, but
estimating physical properties of detected dust from the collected data is far from …

Electric field antennas are capable of detecting dust impacts in different space environment.
We analyze the dust impact signals detected by the Cassini Radio and Plasma Wave …

Dust is common close to the martian surface, but no known process can lift appreciable
concentrations of particles to altitudes above~ 150 kilometers. We present observations of …